Read article: New theory explains why metallic oxides are transparent
Electron-lattice interactions allow light to pass through these industrially important thin films, researchers say
Read article: X-ray technique sheds fresh light on correlated metals
Combined experimental and theoretical approach reveals electronic correlations in quantum materials
Read article: Ice microfibres are super flexible and springy
Flexible ice microfibres could be used to create environmental sensors, as low-loss optical waveguides or to study ice physics
Read article: Electrons in graphene drag light in their wake
A 21st-century version of Fizeau drag shines a spotlight on electron interactions
Read article: Unusual superconductivity appears in a Kagome metal
Electrons in the compound appear to pair in unconventional ways, say physicists
Read article: Backward-travelling sound wave appears in a metamaterial
Simulations suggest that so-called rotons might be engineered under ambient conditions
Read article: Promising quantum spin liquid candidate may fall short
New electron spin resonance spectroscopy experiments find a spin gap in this exotic material, casting doubt on its status
Read article: New candidates for Kitaev spin liquids found
Two-dimensional materials called rare-earth chalcohalides might be useful in applications such as fault-tolerant topological quantum computation
Read article: Synthetic ivory can be 3D printed
New material has been used to restore 17th century decorations
Read article: Skyrmion-like object appears in ultrathin magnetic film
Discovery could be important for computer memory and storage applications
